According to the Announcement of the Department of Social Sciences of the Ministry of Education on the Evaluation Results of the General Projects of Humanities and Social Science Research of the Ministry of Education in 2024, a total of 26 projects of Shenzhen University have entered the public announcement, including 3 planning fund projects and 23 youth fund projects。The number of projects ranks second in the province and sixth in the country。Project information can be found in the table below。Public List of Evaluation results of the Humanities and Social Sciences Research Planning Fund and Youth Fund Projects of the Ministry of Education in 2024 (Shenzhen University) : No...

Because of its ultra-high power density, high voltage resistance, good reliability and easy processing, thin film capacitors have become the key components for energy storage and conversion in modern electronic devices and power systems。However, existing polymer dielectric materials operate at low temperatures, resulting in the inability of thin film capacitors to operate stably in power electronics applications in emerging high-temperature environments such as electric vehicles, aerospace, and underground oil and gas exploration。For example, the near-engine temperature in electric vehicles can exceed 120 ° C, while the eye...

Recently, the Office of the National Education Science Planning Leading Group announced the project list of the National Education Science Planning project in 2024, and Professor Li Shuying of the Department of Education of Shenzhen University won a "national key project".。Project information is as follows: Project Name Host Project Category Unit Research on the construction of New education colleges for powerful education Li Shuying National Key Education Department Congratulations to Professor Li Shuying

Professor Wang Jiangxin's team from the School of Life and Marine Sciences at Shenzhen University began to analyze the genome of nude algae in 2015。After nearly a decade of efforts, the team recently succeeded in constructing a chromosome level genome map of the Gracilis。Compared to the results of the 2019 study by the University of Cambridge team, the genome assembly continuity results are 1,000 times higher。This makes Gymnothrix gracilis the first species in Gymnothrix to have a genome at chromosome level, which has implications for gymnothrix genomics and synthetic biology...

This research paper reveals that colorectal cancer cells depend on ATP6V0A1 mediated exogenous cholesterol absorption，A novel mechanism that triggers paracrine TGF-β1/SMAD3 signaling to inhibit the antitumor activity of memory CD8+ T cells，At the same time, a new strategy was also found that specifically targeting ATP6V0A1 can effectively enhance the anti-tumor activity of memory CD8+ T cells and treat colorectal cancer。